Grade 6 – Robotics – Instructor - TEC | Technology Empowerment Center

Overview

This course develops smart-system and automation thinking. Students organize reusable logic, combine sensors with truth tables and state machines, improve reliability with averaging and hysteresis, and use advanced magnetic, optical, motion, environmental, and relay modules. Safety, validation, and evidence are central throughout the grade

karam tfaily

Grade 6 – Robotics – Instructor

Category:

Robotics

Enrollments

Level

All Levels

Time to Complete:

0 hour 0 minute

Lessons:

Certificate:

One-time for 1 person

$1,000.00$999.00

Overview

What You’ll Learn?

Understand how complete robotic systems combine inputs, processing, and outputs

Develop stronger programming skills for Arduino-compatible robotics systems

Use digital and analog sensors to collect and interpret information from the environment

Apply programming logic to make robotic systems respond to sensor conditions

Control motors, LEDs, buzzers, and other actuators to create purposeful actions

Combine multiple sensors and components into integrated robotic systems

Use variables, conditions, loops, and logical sequences to create more sophisticated programs

Understand how sensor data can be used to control robotic behavior

Design and build functional robotic solutions for practical challenges

Develop systematic debugging and troubleshooting strategies

Test robotic systems, identify weaknesses, and improve their performance

Apply engineering design thinking through hands-on robotics projects

Develop creativity, computational thinking, teamwork, and problem-solving skills

Requirements

Basic Arduino/robotics experience is recommended

Basic programming concepts are recommended

Access to an Arduino-compatible UNO robotics kit and computer

Students should follow the engineering development process:

Understand → Design → Connect → Program → Test → Debug → Improve → Share

Students should identify the relationship between:

Sensors → Processing → Decision → Actuator

Students should test individual components before integrating them into complete systems

Students should carefully check wiring, sensor readings, program logic, and component behavior when troubleshooting

Students should document their circuits, code, testing results, and design improvements

Students should safely handle electronic components and robotics equipment

Syllabus Overview

Lessons

Quizzes

Tasks

Resources

Introduction

Unit 1: Smart Systems and Automation